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| Packages that use BidPoint | |
|---|---|
| negotiator.analysis | |
| negotiator.protocol.alternatingoffers | |
| negotiator.qualitymeasures | |
| Uses of BidPoint in negotiator.analysis |
|---|
| Subclasses of BidPoint in negotiator.analysis | |
|---|---|
class |
BidPointTime
Specialized version of a BidPoint for the case that there are two agents. |
| Fields in negotiator.analysis with type parameters of type BidPoint | |
|---|---|
java.util.ArrayList<BidPoint> |
BidSpace.bidPoints
List of all bidpoints in the domain. |
| Methods in negotiator.analysis that return BidPoint | |
|---|---|
BidPoint |
BidSpace.getKalaiSmorodinsky()
Calculates Kalai-Smorodinsky optimal outcome. |
BidPoint |
BidSpace.getNash()
Calculates the undiscounted Nash optimal outcome. |
BidPoint |
BidSpace.getNearestBidPoint(double utilA,
double utilB,
double weightA,
double weightB,
java.util.ArrayList<Bid> excludeList)
Finds the bid with the minimal distance weightA*DeltaUtilA^2+weightB*DeltaUtilB^2 where DeltaUtilA is the difference between given utilA and the actual utility of the bid. |
| Methods in negotiator.analysis that return types with arguments of type BidPoint | |
|---|---|
java.util.List<BidPoint> |
ParetoFrontier.getFrontier()
Returns the Pareto-optimal frontier. |
java.util.List<BidPoint> |
BidSpace.getParetoFrontier()
Returns the Pareto fronier. |
| Methods in negotiator.analysis with parameters of type BidPoint | |
|---|---|
int |
BidPointSorterB.compare(BidPoint b1,
BidPoint b2)
Comperator. |
int |
BidPointSorterA.compare(BidPoint b1,
BidPoint b2)
Comperator. |
double |
BidSpace.distanceToNearestParetoBid(BidPoint bid)
Method which given a bid point determines the distance to the nearest Pareto-optimal bid. |
double |
BidPoint.getDistance(BidPoint other)
Returns the distance between this BidPoint and another BidPoint. |
boolean |
ParetoFrontier.isBelowFrontier(BidPoint bid)
Returns true if the given BidPoint is not part of the Pareto-frontier. |
boolean |
BidPoint.isStrictlyDominatedBy(BidPoint other)
Returns true if this BidPoint is strictly dominated by another BidPoint. |
void |
ParetoFrontier.mergeIntoFrontier(BidPoint bidpoint)
Determines if a bid should be added to the Pareto-frontier. |
| Uses of BidPoint in negotiator.protocol.alternatingoffers |
|---|
| Method parameters in negotiator.protocol.alternatingoffers with type arguments of type BidPoint | |
|---|---|
void |
AlternatingOffersProtocol.addNegotiationPaths(int sessionNumber,
java.util.ArrayList<BidPoint> pAgentABids,
java.util.ArrayList<BidPoint> pAgentBBids)
Call this method to draw the negotiation paths on the chart with analysis. |
void |
AlternatingOffersProtocol.addNegotiationPaths(int sessionNumber,
java.util.ArrayList<BidPoint> pAgentABids,
java.util.ArrayList<BidPoint> pAgentBBids)
Call this method to draw the negotiation paths on the chart with analysis. |
| Uses of BidPoint in negotiator.qualitymeasures |
|---|
| Methods in negotiator.qualitymeasures that return types with arguments of type BidPoint | |
|---|---|
java.util.ArrayList<BidPoint> |
TrajectoryMeasures.removeDuplicates(java.util.ArrayList<BidPoint> list)
|
| Methods in negotiator.qualitymeasures with parameters of type BidPoint | |
|---|---|
static double |
UtilspaceTools.distanceBetweenTwoBidPoints(BidPoint a,
BidPoint b)
|
| Method parameters in negotiator.qualitymeasures with type arguments of type BidPoint | |
|---|---|
java.util.ArrayList<BidPoint> |
TrajectoryMeasures.removeDuplicates(java.util.ArrayList<BidPoint> list)
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